Arrangement having at least two light-emitting semi-conductor components and method for the production of such an arrangement
A light-emitting semiconductor, semiconductor technology, applied in the direction of semiconductor devices, electrical solid-state devices, electrical components, etc.
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[0029] figure 1 Shown are the light emitting semiconductor components 101 and 111 , the encapsulation of the light emitting semiconductor components forming the fluorescence conversion layers 102 and 112 , and the optical damping element 103 . Semiconductor components emit radiation in a defined wavelength range when an electrical voltage is applied. The encapsulation contains a conversion material which emits radiation of a defined wavelength when it is excited by electromagnetic radiation of a defined wavelength range. The conversion material can contain at least one luminescent material. Suitable as phosphors are, for example, phosphors or organic phosphors.
[0030] The wavelength ranges of the excitation and emitted radiation are different. The envelope may either convert all of the radiation incident on it, or it may convert only a part of the incident radiation and pass the rest without significantly affecting the wavelength range of the radiation that is passed.
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